Doctor to sue Taiwan CDC over swine flu vaccination death

Tuesday, December 22nd, 2009

The Taiwan News is reporting that a gynecologist identified only as Dr. Liu plans to sue the Centers for Disease Control in Taiwan over the death of his seven-year-old son in the wake of an H1N1 vaccination the child was given at school on November 19.

The case has been made public by Chang Yao-tsung, an opposition Democratic Progressive Party member of the Taichung City Council, speaking on behalf of the child’s parents.

The report says the child had no previous history of medical problems. Like many cases linked by parents to vaccinations, this one began with almost immediate symptoms. The child began suffering with red blotches on the soles of his feet the day following the vaccination. A private clinic diagnosed the condition as either an allergy or a reaction to the shot. Over the following two weeks, despite treatment with medications, the blotches spread over the child’s entire body. The frantic parents moved him from hospital to hospital, demanding ever more expensive treatments and tests. Some doctors said that the child’s immune system was not functioning properly. Despite all efforts, the child died yesterday, December 21. The official diagnosis was sepsis, commonly known as blood poisoning.

We cite the following directly from the Taiwan News:

A total of almost 4.8 million people had been vaccinated so far, according to CDC statistics.

Including the boy, a total of four deaths were recorded following inoculation, including men aged 82 and 50 respectively who had difficult health histories, and a high school student, reports said.

Five pregnant women were reported with problems ranging from miscarriage to a stillborn infant.

Of… 331 lighter cases, 43 percent were dizzy after being inoculated, 20 percent registered a fever, 18 percent felt ill, 17 percent had a headache and 11 percent vomited, according to CDC data.

The CDC denies that the boy’s sickness and death had anything to do with the H1N1 vaccination.

Swine flu may be on the wane

Thursday, December 3rd, 2009

If you’ve made it this far, chances are better you won’t be getting the swine flu. The fall wave has peaked, experts seem to agree, and while there will surely be more cases to come, they are on the wane. The Centers for Disease Control and Prevention (CDC) is warning that another (winter) wave may occur in January, possibly prompted by students returning home from college during the Christmas holidays, but thus far, the flu pandemic has been a relative non-event as flu pandemics go.

So far, pandemic H1N1 is still crowding out other influenzas, such as seasonal H1N1 and H3N2. Since September, the CDC has tested 420 patient samples that were positive for influenza, and of those, only eight were not pandemic H1N1. Indeed, only one was seasonal H1N1.

The dominance of pandemic flu has not been good for the youngest age groups, however. During week 46 of 2009 (the last for which CDC figures have been reported) 35 influenza-related pediatric deaths were reported. Twenty-seven of these deaths were associated with pandemic H1N1 infections, seven were due to an undetermined influenza A virus subtype, and one was associated with a seasonal H1N1 infection that occurred in March.

Clearly pandemic H1N1 has been harder on children and teenagers than on older people. The H3N2 virus, on the other hand, tends to kill the elderly. But only three cases of H3N2 were reported out of the 420 patient samples previously mentioned, meaning that the pandemic flu’s tendency to crowd out other strains has spared the older age groups, relatively speaking.

Since April, the H1N1 outbreak has killed about 4,000 Americans, according to CDC estimates, of which at least 230 were children under the age of 18.

Swine flu U.S. national emergency

Saturday, October 24th, 2009

President Obama today declared the swine flu epidemic in this country a national emergency. Forty-six of the 50 states now have widespread flu contagion.

“It’s important to note that this is a proactive measure — not a response to a new development,” an administration official said.

“H1N1 is moving rapidly, as expected. By the time regions or healthcare systems recognize they are becoming overburdened, they need to implement disaster plans quickly,” he said.

The Centers for Disease Control and Prevention (CDC) says that the extent of swine flu contagion in the U.S. is currently on a par with the peak of the seasonal flu season, which normally doesn’t occur until at least late November and sometimes not until early March.

By declaring the national emergency, the administration enables Medicare, Medicaid and other federal health insurance agencies to waive certain requirements. This will smooth the way for doctors, hospitals and clinics to treat patients. As the flu season peaks, health-care providers such as hospitals are expected to be overwhelmed with patients.

The table below shows figures from the CDC giving the breakdown of lab-analyzed specimens for last week. Note that out of nearly 5,000 positive specimens, over 99% were Type A and approximately 70% were swine flu. This latter figure is slightly misleading, however, because almost 30% of the samples determined to be Type A were not subtyped. This means that virtually all positive respiratory specimens that were analyzed last week have turned out to be swine flu if there subtype was checked.

Week 41
No. of specimens tested 12,943
No. of positive specimens (%) 4,855 (37.5%)
Positive specimens by type/subtype
Influenza A 4,844 (99.8%)
A (2009 H1N1) 3,378 (69.7%)
A (subtyping not performed) 1,436 (29.6%)
A (unable to subtype) 30 (0.6%)
A (H3) 0 (0.0%)
A (H1) 0 (0.0%)
Influenza B 11 (0.2%)

Washing hands likely ineffective against H1N1

Monday, October 5th, 2009

The word’s been out for several weeks now: Newseek has reported that hand-washing won’t help you avoid swine flu. That sounds like the bad news, but it’s really the good news: you’re not likely to get swine flu from touching things that someone who has swine flu has touched.

The most likely way to get swine flu (H1N1) is via particles of moisture suspended in the air and known to scientists as aerosol. That means that a really good way to avoid getting swine flu altogether is to wear a face mask all the time when you’re around other people. It may make you seem weird, but it likely will keep you safe from infection.

Coughs and sneezes from the swine-flu infected are what you have to fear if you’re worried about catching swine flu.

If wearing a face mask doesn’t strike you as a lot of fun but you still want to avoid the pork plague, then we suggest you start downing vitamins D and C: at least 3 grams a day in the case of vitamin C and at least 4,000 IU of D3 a day in the case of vitamin D. Going up to 10,000 IU a day of D won’t hurt you, and you should easily be able to consume 10 grams of C daily without ill effect.

The sign that you’ve taken too much vitamin C? Diarrhea, which also happens to be a symptom of swine flu, but we’re guessing you’ll be able to tell the difference. That’s only likely to happen if you exceed 10 grams of C a day, and it may take nearly twice that—average overdose of vitamin C is around 18 grams for most people.

But it shouldn’t take nearly that much to keep you healthy. And as we said, 10,000 IU of vitamin D3 a day should be more than enough to ward off the flu.

By the way, don’t give up on hand washing. It may not make any difference against swine flu, but for seasonal flu and colds, it likely will. And there are myriad other infections you can get from not washing your hands.

They’re all best avoided.

Tamiflu should be saved for special cases, CDC warns

Friday, September 11th, 2009

Currently, only two anti-virals are known to be effective against H1N1 pandemic swine flu: Tamiflu (oseltamivir) and Relenza (zanamivir). If not used sparingly, these too could become ineffective, the CDC has warned.

Both drugs can be used to prevent viral infection under the right circumstances, though the protocol currently recommended by the CDC is to use these drugs in this manner only to protect pregnant women, people undergoing chemotherapy, and similar groups who are known to be at higher risk of death from swine flu.

Recently, the doctor at a camp in North Carolina decided to immunize 600 campers by using Tamiflu. The result: two girls caught swine flu anyway, and tests showed that their strain had developed Tamiflu resistance.

Tamiflu is approved by the FDA for “treatment of uncomplicated acute (mild) illness due to influenza infections in patients 1 year and older who have been symptomatic for no more than 2 days.” The drug is also approved for prevention of influenza in patients 1 year of age and older. On August 4, 2009, the FDA commisioner released an Emergency Use Authorization (EUA) for Tamiflu because of the Public Health Emergency that was declared in the wake of the H1N1 (swine flu) epidemic.

That EUA enabled use of Tamiflu to treat and prevent influenza in patients less than 1 year of age. The EUA also allowed for use of Tamiflu at later time points (that is, in patients symptomatic for more than 2 days) and in patients sick enough to require hospitalization (severe illness).

Those seeking more information on the EUA and the current regulations surrounding the use of Tamiflu can find it on the CDC website.

Chile confirms swine flu in birds

Friday, August 21st, 2009

Turkeys in Chile have been infected with the H1N1 pandemic swine flu, news services have confirmed. The good news is that the effects on the turkeys are mild; they will be processed as usual for their meat and should be safe to eat.

But the spread of swine flu to birds is a step we have not wanted to see, particularly at this early stage of the game before more humans have had the chance to develop an immunity to the disease themselves. Once the disease becomes widespread in birds, it would seem to be only a matter of time before a more virulent strain emerges that is increasingly fatal to humans. Avian flu has consistently been the most dangerous to humans, and having a strain of flu that has already started making the rounds in humans also spread to birds does not promise good things for the future.

Chile’s health ministry said earlier today that it ordered a quarantine of two turkey farms outside the port city of Valparaiso. Health Spectator has been unable so far to determine if there are pig farms in the area, but we suspect there are. Modern factory farming practices tend to cluster pig and poultry farms in close proximity to each other, and Chile has long been a member of the factory farming club. We have also located photographs of a huge Chilean pig farm operation with a caption indicating that it is owned by Super Pollo (a company name that means Super Chicken).

As we noted in a story published earlier today (Factory farming is key to swine flu epidemic, below) factory farming practices have created a global situation in which new diseases evolve and spread more rapidly than previously possible, endangering both human and livestock populations.

Also earlier today, University of Missouri agricultural economist Ronald L. Plain said that since April, when the flu outbreak was first recognized in Mexico, hog producers have lost $500 million in revenue just because of the monniker “swine flu.”

Factory farming is key to swine flu epidemic

Friday, August 21st, 2009

In a previous post, we noted the recently published research of Yoshihiro Kawaoka, the eminent Japanse virologist, in which he recorded the fact that he had infected miniature pigs with H1N1 swine flu, and they were asymptomatic, though readily infected. He also pointed out that other mammals (and apparently humans) suffer significantly more lung damage from swine flu than from seasonal flus, in stark contrast to the lack of symptoms in his pigs.

We also commented in that previous article that everyone’s worst nightmare about the swine flu A(H1N1) was that it might turn into something more virulent but just as contagious by merging with bird flu:

Certainly the worst fear of all concerned is that the H1N1 virus could mutate into something resembling one of the current strains of avian flu such as H5N1, which has killed 50-60% of the humans it infected. Currently, H5N1 shows none of the infectious ability of H1N1 in human populations, but were that to change—as through a genetic recombination that combines the worst of both pathogens—the nightmares of those who fear the worst could be realized.

Scott McPherson’s blog points out that just such a situation could be emerging in Vietnam, possibly to be replicated shortly in China and Indonesia:

The deputy director of the Department of Preventive Health in the central province of Ha Tinh, Nguyen Luong Tam, confirmed on 26 Jul 2009 that a 30-year-old man died of bird flu at the General Hospital. The man had been rushed to hospital the previous day with pneumonia, high fever, headache, muscular and joint pain, cough, breathing difficulty, and vomiting. Doctors diagnosed him as having avian influenza and isolated him. They found his lung to be seriously damaged. He died on 26 Jul 2009. Health workers later found diseased poultry at the man’s house. He also had contact with a female relative, a teacher at Ngo Thoi Nhiem private High School in District 9, where 73 students and 5 teachers have contracted swine flu [that is, influenza pandemic (H1N1) 2009 virus infection].1

So the human population in Indonesia has brought both avian flu and swine flu into close proximity, to the point where members of the same family may be infected with each type of virus. An isolated incident such as this does not guarantee there will be crossover between the two strains because they have come into close contact, but once this scenario has been repeated enough times, the odds mount.

Recombination typically occurs when the same cell becomes infected with two different strains of virus. Then the genetic materials have the opportunity to rearrange at will, resulting in mutations.2 Accordingly, the Vietnamese health authorities are watching that situation closely.

Why Egypt slaughtered all the pigs

Something we haven’t yet mentioned, and which we also owe to McPherson’s website is the explanation of why the Eqyptians slaughtered all those pigs. (Swine flu: Why Egypt wants to kill all the pigs.) It’s worth a read on McPherson’s blog, as he does a good job of elaborating the story. We’ll try to give the short version here.

Those who follow influenza outbreaks are well aware that the dreaded avian flu (H5N1 virus) has made a home in Indonesia, where it has been jumping from birds to humans often enough to put a dent of 57 or so deaths in the human population. But less known to most Americans is that Egypt has also had problems with the bug. In fact, Egypt has the highest avian flu prevalance outside of Asia.

Avian flu infections in Egypt have appeared steadily since 2006 and have killed at least 26 people there. Meanwhile, as of August 19 there have been 509 cases of swine flu reported in Egypt.3 So, for those who fear the combination of H1N1 and H5N1 virus strains, Egypt is as likely a melting pot as Vietnam or Indonesia. And, like Vietnam, it has both outbreaks occurring in the human population.

What Egypt also had until recently was a large pig population—300,000 give or take a few—despite being a Muslim country where eating pork is forbidden to all but the occasional stray Christian. As Thacker and Janke note,

pigs would be the ideal mixing vessel for the creation of new avian/mammalian influenza viruses capable of causing novel diseases with the potential for producing pandemics in the human population. Whether this will happen easily, however, is less clear, although it is apparent that, in the US swine industry, transmission of influenza viruses between swine and humans is fairly common and is bidirectional. The pandemics of the past appear to have involved the introduction of whole or partial avian influenza viruses into a human population directly, rather than through swine.4 5

So the World Health Organization (WHO) and many Egyptians had been worried for some time that the strains of swine flu and bird flu already present in that country might take advantage of the pig population—which in Egypt, apparently, lives not only in close proximity to humans, but within the cities rather than in the country—to recombine into something very contagious and very, very deadly.6

The pigs had to go.

Meanwhile, the event WHO and other health organizations around the world had been preparing for was the next big avian flu outbreak. This seemed likely to arise in Asia, given the high dependence on poultry for food there and the close proximity of human and poultry populations, since many Asians still raise and slaughter their own birds.

Avian flu a killer

Speaking of poultry, we should examine briefly one of the reasons why humans currently do not catch avian flu all that easily. Hemagglutinin is the portion of the virus’s outer coat that enables it to attach to a host cell and gain entry. The substance gets its name from its ability to cause red blood cells to clump and is often a primary source of the virus’s toxicity. Avian flu incorporates one type of hemagglutinin and human flu another.

Why does that matter? Because human and avian cell surface receptors differ significantly. Think of these receptors as functioning like locks on the exterior of the cells. Each takes a different shape of key (the hemagglutinin). But unlike birds or humans, pigs have both types of hemagglutinin receptors, so their cells open to both types of keys; they seem to catch avian, swine and human flu with almost equal ease.

In this country, the population doesn’t pay much attention to avian flu, presumably because it hasn’t been a problem here. The rest of the world is not so naive. Studies performed on the 1918 pandemic flu, moreover, show that it was an avian flu that jumped to humans.

Indeed, the 1918 influenza pandemic is generally considered to be the worst viral outbreak the world has ever seen. It killed millions, probably more than the Black Death (bubonic plague, a bacterial infection) of the Middle Ages. What public health officials fear the most is just another such outbreak.

So, if you were going to design your own influenza virus and you wanted it to be as virulent as possible, you might take some avian flu genes and put them in a swine flu package. That way, you would get maximum transmissibility from the swine flu and maximum killing power from the avain flu.

Resurrection

In February 1997 or 1998, depending on the account,7 a forensic pathologist named Johan Hultin recovered samples of the 1918 influenza from the frozen corpse of a Native Alaskan woman buried near Brevig Mission, AK.8 Hultin took his samples to the CDC and the Armed Forces Institute of Pathology (AFIP). There they were reconstituted and injected into mice.

The 1918 pandemic flu resurrected in 1997 bears an uncanny resemblence to the avian flu that first appeared in Asia in 1998. (Were it equally contagious among humans, we’ll venture to guess, it would bear an even stronger resemblence.)

While Asia was having problems with avian flu, in the United States a new version of swine flu emerged in a herd of pigs in North Carolina. This H3N2 virus was composed of avian, human, and swine influenza virus genes—just the sort of mix we have been talking about. This new swine flu quickly became the predominant strain within U.S. swine. It was the precursor to the current pandemic swine flu.

Swine flu in pigs?

Meanwhile, three recent outbreaks of pandemic swine flu have been reported—of all strange places—in pigs. (We hope you can see the irony.) The first incident, in Alberta, CA, we reported on May 6 and May 8. Initial reports were that a Mexican worker returning from a vacation in Mexico had infected the pigs. Subsequently, the Mexican worker and other humans on the farm tested negative for H1N1 flu virus, apparently ruling out that immediate human source of the pig infection.

In that particular incident, the infected pigs were eventually culled (slaughtered) because they were being kept in quarantine and were part of a larger population of 2200.

This left, of course, the question of how the pigs became infected in the first place. It would appear, as we suggested in our previous article, that the novel H1N1 virus was quietly making the rounds in pig populations, aided by the growing tendency of the American food industry toward a set of techniques known as factory farming.

Flash forward to July 24 of this year when authorities in Canada confirmed another outbreak of pandemic H1N1 influenza in pigs on a Quebec farm. In this case, the pigs have “completely recovered.” Pathologist Dr Alain Laperle of the Quebec Agriculture, Food and Fisheries Ministry (MAPAQ) states that the first clinical symptoms in the pigs began the end of June. Meanwhile, no symptoms of swine flu have been detected in any of the humans living on or visiting the farm.

Further denials

Nevertheless, Laperle told the Quebec farmers’ newspaper La Terre de Chez Nous on July 28 that the “most probable hypothesis” is that the H1N1 reached the farm through a human carrier.

Now we change hemispheres. On July 17, Argentina announced a nationwide animal health emergency when a herd of pigs was found to be infected with H1N1. At that point, the H1N1 epidemic had killed 137 people in Argentina. Once again, we are told that the pigs in question must have been infected by humans.

But why is it more logical to assume that humans have spread the infection to pigs rather than to assume the pigs have been spreading it among themselves all along? Or at least, as is most likely, that the human carriers were carrying the infection on their boots or other clothing, rather than spreading it because they themselves were infected? And doesn’t it seem strange that when referring to a disease known as swine flu, the official sources react with apparent disbelief—even outright denial—that it could actually occur in pigs?

We agree that humans are far more likely than pigs to hop on a plane to travel long distances, so the notion of spread by humans has some innate appeal. But it clearly is unlikely that anyone would be searching for H1N1 virus in pigs were it not already wreaking havoc in the human population. For the past 10 years its presence in pigs has been ignored by everyone who doesn’t make a living studying such things.

Indeed, it is not the policy of any agency within the United States to keep track of the flu infections in swine populations. But that doesn’t mean H1N1 wasn’t spreading through hog herds all along.

Factory-farmed hogs get to travel

And it turns out that pigs raised on factory farms get to travel long distances. In 2001, 27% of U.S. pigs traveled across state lines. At that time, 72% of them were raised on factory farms. And that figure was up from 10% factory-farm raised in 1994. We can only guess how high that percentage has risen since. But we do know that in 2005, more than 25 million live pigs were traded internationally. That’s more than 2 million pigs every month.9

CDC’s current chief virologist, Ruben Donis, has confirmed that the pandemic strain of flu virus was first detected in the Midwest in 1998 in swine. Although it does have avian and human flu components, it has existed among pigs for more than a decade. “One little detail,” Donis told his interviewer, “is [that] these Midwestern viruses were exported to Asia. Korea and many countries import from the U.S. Swine flu is economically not such a big deal, [so] many countries don’t check for it.”10

The problem with the official story that all these pigs are being infected by humans is that no one has yet confirmed that any human has infected any pig. It’s really just a denial by the pork industry trying to portray a flu of swine origin as a human flu. Nor have we forgotten that the initial outbreak of novel H1N1 in humans occurred in Mexico in February next to a huge hog farm.11 Local press reports at the time detailed how massive swarms of flies were believed to have caused a local respiratory outbreak in La Gloria, in which two babies died and about 60% of the population was infected. Town folk later recognized the symptoms they had as being the same symptoms attributed to swine flu once its existence was announced.

Then a blood sample that had been taken from a four-year-old boy involved in the La Gloria outbreak came back positive for swine flu.

True, two children in California had been infected with what was later determined to be swine flu in March, but that was well after the outbreak in La Gloria.12 So that puts ground zero in La Gloria right next to the Granjas Carroll (Smithfield) pig farm.

Smithfield factory farms

And Smithfield has not had a sterling record even here in the United States:

Smithfield, which is led by pork baron Joseph W Luter III, has previously been fined for environmental damage in the US. In October 2000 the supreme court upheld a $12.6m (£8.6m) fine levied by the US environmental protection agency which found that the company had violated its pollution permits in the Pagan River in Virginia which runs towards Chesapeake Bay. The company faced accusations that faecal and other bodily waste from slaughtered pigs had been dumped directly into the river since the 1970s.13

Mexico is almost certainly more lax in its environmental requirements—at least at the local level—than the United States.

So accounts local to the Smithfield Granjas Carroll plant in Mexico, just 12 miles from La Gloria, about the swarms of flies that bred in the pig waste lagoons until local officials came and sprayed are quite believable.

“According to state agents of the Mexican social security institute, the vector of this outbreak are the clouds of flies that come out of the hog barns, and the waste lagoons into which the Mexican-US company spews tons of excrement,” reported Mexico City newspaper La Jornada.14

Why deny it?

Why, you might ask, if it is indeed a swine flu, does the pork industry go to such pains to claim it is not? Why perpetuate this shell game in which industry and governments alike pretend to be astonished that the pigs have infections everyone knew they had all along? Well, initial liability might be one issue. If the strain did jump from hogs to humans at the Smithfield plant because of poor sanitary conditions, there might be legal ramifications. Two children died in that outbreak, and many have died since.

But if you owned a large hog farm with tens of thousands of hogs, what would be your worst nightmare? Probably that a situation such as that in Egypt would arise—that you might be forced to slaughter all your hogs in the name of protecting the human population from swine flu. Even more so if your holdings included numerous such farms, as it does for the major producers today.

Cottoning to the Egyptians

But that particular genie is already out of the bottle. It no longer does any good to slaughter hogs to save humans, because the flu has already spread to humans. Unless—but wait—could it be? Contrary to what we have been told, could the Egyptian thinking really make sense?

Could it be that pigs, which have not shown much reaction to swine flu all along because they have been its home for more than a decade, might become the breeding ground for the much-feared combination of avian, human and swine flu, a blend of H5N1 and H1N1 with all the worst features of both?

Smithfield and local authorities have maintained all along that the Granjas Carroll pigs have not had swine flu, but local press accounts report that the specimens delivered for testing from farm pigs were delivered by farm personnel. Local Mexican authorities never have been known for their incorruptibility and candor.

And Smithfield has tried to cover up similar swine flu outbreaks in Romania, where the local officials are not so easily bought:

“Our doctors have not had access to the American farms to effect routine inspections,” deplores Csaba Daroczi, assistant director at the Timisoara Hygiene and Veterinary Authority. “Every time they tried, they were pushed away by the guards. Smithfield proposed that we sign an agreement that obliged us to warn them three days before each inspection. These people have never known how to communicate with the public authorities.”

The swine plague epidemic, discovered August 3, [2008] revealed an embarrassing situation for the American company. Of its 33 farms, 11 had no authorization from the sanitary authorities and had to close their doors. Moreover, Smithfield lacks manpower because of its low salary policy. Four of the nine Romanian employees at the Cenei farm have left, their 500 lei (160 euros) salary inadequate to assure their everyday needs.

Cenei’s inhabitants are shocked by the American company’s methods. In mid-July, hundreds of carcasses of pigs killed by the heat wave were left lying around for about ten days. “We couldn’t breathe any more,” relates Gheorghe Olarov, an adviser at the Cenei town hall. “I live a kilometer away from the farm, and at night I had to close the windows to sleep. The Americans have made our village a hotbed of infection.”

….

“We’ve established a crisis center to confront the problem,” declared Timisoara Sub-Prefect Zoltan Marrosy. “The Smithfield farms are quarantined. The police are assuring this region’s security, so as to prevent the transport of animals and stop transmission of the virus. Smithfield has behaved aggressively: we asked them to stop breeding pigs and transferring them from one farm to another, but they paid no attention to our instructions.” The fine of 130,000 euros to which the American company was sentenced had no impact.15

With the scales of production involved, this is no surprise. The Granjas Carroll plant alone produces approximately one million hogs for slaughter annually. The income from that will support a high level of corporate arrogance. The swine population in the United States is on the order of 60 million. Most of these are raised in lots of 10,000 or more. The amounts of money to be made dwarf the impact of fines that would bankrupt a smaller operation.

The use of factory farming techniques has been accelerating rapidly. Those familiar with the issues believe it is just this rise of intensive farming that is causing the spread of increasingly virulent forms of disease.

And while fear of the loss of livestock to an emergency slaughter may haunt industry mavens, there is yet another aspect of the saga we have yet to mention: the fall from favor of pork as a food because of the bad publicity presented by swine flu. The U.S. is involved in a vast marketing effort to export pork to other parts of the world. So long as there is the merest suspicion among foreign consumers that pork might not be safe, sales are going to suffer.

The industry has preferred to keep a lid on such information, though, and scarce press has emerged detailing the extent of the market decline.

On May 1, 2009, the New York Times reported that

as more cases of the new influenza emerged on Tuesday, deepening worries about a possible pandemic, several nations slammed their borders shut to pork from the United States and Mexico. Wall Street analysts predicted a sharp decline of pork sales in grocery stores, and some consumers began steering clear of pork chops.

Several countries on Tuesday announced that they were banning some or all pork products from the United States, angering trade negotiators and hog farmers. To date, countries including the Philippines, Kazakhstan, Ukraine and Ecuador have banned pork from the United States, with Mexican pork exports also covered by most of those bans.

China banned pork from certain states, and Russia banned all meat imports, not just pork, from certain states.16

So the pork industry is taking a big hit by association with the swine flu, which is ironic because they do appear to be to blame for breeding the flu in the first place and then for permitting its outbreak to humans. Yet no source we have seen whatsoever alleges that you can actually get swine flu from eating pork.

Heard a lot on the news about that lately?

Not so much?

We just can’t think of a bigger irony.


  1. ProMED, http://www.promedmail.org/pls/otn/f?p=2400:1001:3144119376134026::NO::F2400_P1001_BACK_PAGE,F2400_P1001_PUB_MAIL_ID:1000,78521,

    accessed July 30, 2009

  2. “Less frequent, but of potentially far greater impact is the process of antigenic shift, which can result when a single cell is infected by two distinct Influenza A Viruses (IAVs) giving rise to progeny viruses containing genetic material from both parental viruses. This reassortment can completely change the molecular profile of IAVs and thereby facilitate virus spread through a host population, potentially giving rise to major epidemics.” — J. Otte et al. Industrial Livestock Production and Global Health Risks, Johns Hopkins Bloomberg School of Public Health, http://www.fao.org/AG/AGAINFO/programmes/en/pplpi/docarc/rep-hpai_industrialisationrisks.pdf
  3. Egyptian Chronicles, http://egyptianchronicles.blogspot.com/2009/08/follow-up-h1n1-in-egypt.html
  4. Eileen Thacker and Bruce Jane. Swine Influenza Virus: Zoonotic Potential and Vaccination Strategies for the Control of Avian and Swine Influenzas, Departments of Veterinary Microbiology and Preventive Medicine and Veterinary Diagnostic and Production Animal Medicine,College of Veterinary Medicine, Iowa State University, Ames accessed online August 5, 2009 at http://www.journals.uchicago.edu/doi/pdf/10.1086/524988?cookieSet=1
  5. See also, A Solovyov et al. Cluster analysis of the origins of the new influenza A(H1N1) virus. Euro Surveill. 2009;14(21):pii=19224. Available online: http://www.eurosurveillance.org/ViewArticle.aspx?ArticleId=19224, accessed May 31, 2009. And Swine and Avian Influenzas • JID 2008:197 (Suppl 1), available at http://www.journals.uchicago.edu/doi/pdf/10.1086/524988?cookieSet=1, accessed August 5, 2009
  6. Zeinobia. Regarding the Pigs Massacre : A Necessity, Egyptian Chronicles, April 30, 2009. http://egyptianchronicles.blogspot.com/2009/04/regarding-pigs-massacre-necessity.html, accessed July 30, 2009
  7. Some “official”-looking sources such as Wikipedia say this occurred in

    February 1998. However, Robert S. Finnegan, a freelance journalist who claims to have witnessed the exhumantion and sampling, places it as having occurred in February 1997.

  8. Tom Philpott, CDC: swine flu strain has genetic roots in U.S.A., http://www.grist.org/article/2009-04-30-cdc-swine-strain/, accessed July 31, 2009. Original source: Jon Cohen, Exclusive Interview: CDC Head Virus Sleuth, Science, April 29, 2009. http://blogs.sciencemag.org/scienceinsider/2009/04/exclusive-cdc-h.html#more, accessed July 31, 2009
  9. Hennessy, D. et al. Infectious Disease, Productivity, and Scale in Open and Closed Animal Production Systems. Center for Agricultural and Rural Development, Working Paper 04-WP 367 2004, 37pp. cited by Otte et al. Industrial Livestock Production and Global Health Risks, Johns Hopkins Bloomberg School of Public Health, http://www.fao.org/ag/againfo/programmes/en/pplpi/docarc/rep-hpai_industrialisationrisks.pdf.
  10. Tom Philpott; Jon Cohen.
  11. Jo Tuckman and Robert Booth, Four-year-old could hold key in search for source of swine flu outbreak, The Guardian, http://www.guardian.co.uk/world/2009/apr/27/swine-flu-search-outbreak-source, accessed July 31, 2009
  12. Theresa Tamkins, CDC: Swine flu seen in 2 California children CNNHealth.com, http://www.cnn.com/2009/HEALTH/04/22/swine.flu.california/index.html, accessed July 31 2009
  13. Jo Tuckman and Robert Booth
  14. Jo Tuckman and Robert Booth
  15. Mirel Bran. Swine Plague: Romania Criticizes American Group’s Attitude, Le Monde, 15 August 2007, translated by Leslie Thatcher (Truthout). http://www.truthout.org/article/swine-plague-romania-criticizes-smithfields-attitude
  16. Andrew Martin and Clifford Krauss. Pork Industry Fights Concerns Over Swine Flu, NewYork Times, May 1, 2009. viewed online at http://www.nytimes.com/2009/04/29/business/economy/29trade.html August 3, 2009

Nurse dies of swine flu

Sunday, August 9th, 2009
Karen Hays died July 17 from complications to swine flu.

Karen Hays died July 17 from complications to swine flu.

A 51-year-old nurse in Sacramento, CA became that state’s first health-care worker to die of swine flu. Karen Ann Hays died July 17 of a severe respiratory infection, pneumonia and H1N1, according to her death certificate. She also had methicillin-resistant Staphylococcus aureus (MRSA), a staph infection that is resistant to many antibiotics.

The Sacramento Bee reported the death on July 31. Hays was a triathlete, skydiver and marathon runner—not the typical sort of person to die of the flu, one might think.

“It’s not surprising for an otherwise healthy person to die of H1N1,” said Dr. Glennah Trochet, Sacramento County’s public health officer in a statement to the Bee.

“Nationwide all along there have been people who have died who did not have underlying medical conditions” such as obesity or pregnancy, she said. “When a disease is common enough and circulates enough, you will see all kinds of deaths.”

The World Health Organization (WHO) and the Centers for Disease Control and Prevention (CDC) have both said that health-care workers should be among the first to receive vaccinations against swine flu.

British health authorities reported July 14 that Dr. Michael Day of Bedfordshire, north of London, died from complications of the flu, becoming the first physician known to have died in the pandemic.

CDC swine flu statistics

Friday, August 7th, 2009

As of Thursday, August 6, 2009 the CDC has reported 436 deaths in the U.S. attributed to swine flu out of 6,506 cases reported. These figures were posted on the CDC website today.

One thing clearly different about this flu compared to the so-called “seasonal flu” that people have previously been exposed to is its relative virulence during the summer months. The chart below from the CDC shows the percentage of influenza-like illnesses (ILI) compared to the total number of illnesses reported by outpatients during the seasons 2006-2007 (blue line) 2007-2008 (green line) and this year (red line). While the winter spike from the 2007-2008 flu season (green) was a higher percentage of total cases reported than this year’s (red), this year’s level has remained higher during the summer months.

Chart of influenza-like illnesses as percentage of total illnesses. Source: CDC

Chart of influenza-like illnesses as percentage of total illnesses. Source: CDC

CDC swine flu numbers not so high as expected

Friday, June 26th, 2009

Surprisingly, the Centers for Disease Control and Prevention’s swine flu tally for all 50 states plus the District of Columbia, Puerto Rico and the U.S. Virgin Islands does not appear to have changed much since the last time we looked. This week, the CDC changed its normal schedule of updating the figures on Friday in honor of the Advisory Committee on Immunization Practices meeting yesterday. Yesterday’s figures, which are the final figure for the week, were effective as of 7:00 PM Thursday, June 25 EDT.

The U.S. is reporting 27,717 confirmed or probable swine flu cases with 127 deaths confirmed to be the result of swine flu. Wisconsin continues to lead the states with 4,273 cases reported and 4 deaths. Texas and Utah have 10 deaths apiece, while New York has 35, California 16, and Illinois has 12.